Chevy V6 Intake Gaskets RACE PORTS 1.34in x 2.21

The Chevy V6 Intake Gaskets RACE PORTS 1.34in x 2.21 by FEL-PRO is a precision composite gasket engineered for GM V6 engine platforms requiring OEM-equivalent or performance-grade intake manifold sealing. Built for operators and enthusiasts who demand reliability in high-stress engine environments, this gasket kit addresses the critical seal point between the intake manifold and cylinder head—a junction that experiences constant thermal cycling and combustion pressure. Proper gasket selection is non-negotiable; failure in this area results in coolant leaks, vacuum leaks, and catastrophic engine performance degradation.

This FEL-PRO intake manifold gasket features a composite construction rated at 0.06 inches thick with rectangular port geometry measuring 1.34 x 2.21 inches, engineered under the Printoseal technology platform for optimal compressibility and recovery characteristics. The composite material resists fuel and coolant degradation while maintaining dimensional stability across the standard operating temperature range of modern V6 engines. The race-port design accommodates high-flow intake configurations without compromising sealing integrity, making this gasket suitable for both stock and performance applications. Installation weight of 0.22 pounds reflects the precision manufacturing tolerances required for OEM-level fit and function.

Technicians, engine builders, and fleet maintenance personnel standardize on FEL-PRO gasket kits for GM V6 platforms due to proven leak prevention and extended service life. Compatible with a broad range of Chevrolet and GMC V6 engine blocks, this gasket kit is recommended as part of preventive maintenance intervals or when addressing known intake manifold sealing issues. Installation requires standard gasket surface preparation and proper torque sequencing to specification; no special tools are required. Purchase this Chevy V6 Intake Gaskets RACE PORTS 1.34in x 2.21 gasket kit for sale at TacticalSurplusUSA to ensure reliable engine performance and eliminate costly coolant system failures.